Ep 515 - Electronic Recycling Done Right
Mohammad Doostmohammadi 
 
By Stuart McNish
 
“There are six elements that play a key role in optimizing fuel and chemical production,” says Mohammad Doostmohammdi of pH7. “Without them, green hydrogen, low-carbon steel, biofuels and other climate technologies are not possible.” Those six elements are platinum, palladium, rhodium, ruthenium, iridium, and osmium – and they are among the rarest on earth.
 
While challenging to identify ore bodies with mineable resources, there is an emerging opportunity in recovery. “There are 17.4 million troy ounces of these elements that have already been mined and are available to be recovered from catalytic converters, mobile phones, computer disks and aircraft turbines.”
 
Until now, the process of recovering these elements was uneconomical. Doostmohammdi says, “These challenges notwithstanding, several factors have combined to spotlight their growing importance.”
 
We invited Mohammad Doostmohammdi to join us for a Conversation That Matters about the process his team has developed that reduces costs and increases productivity in the realm of critical mineral recovery.
 
You can see the interview here https://www.conversationsthatmatter.ca/
 
Learn More about our guests career at careersthatmatter.ca

Conversations That Matter

Stuart McNish, Veteran Canadian Newsman

Ep 515 - Electronic Recycling Done Right Mohammad Doostmohammadi

SEP 11, 202423 MIN
Conversations That Matter

Ep 515 - Electronic Recycling Done Right Mohammad Doostmohammadi

SEP 11, 202423 MIN

Description

Ep 515 - Electronic Recycling Done Right

Mohammad Doostmohammadi 

 

By Stuart McNish

 

“There are six elements that play a key role in optimizing fuel and chemical production,” says Mohammad Doostmohammdi of pH7. “Without them, green hydrogen, low-carbon steel, biofuels and other climate technologies are not possible.” Those six elements are platinum, palladium, rhodium, ruthenium, iridium, and osmium – and they are among the rarest on earth.

 

While challenging to identify ore bodies with mineable resources, there is an emerging opportunity in recovery. “There are 17.4 million troy ounces of these elements that have already been mined and are available to be recovered from catalytic converters, mobile phones, computer disks and aircraft turbines.”

 

Until now, the process of recovering these elements was uneconomical. Doostmohammdi says, “These challenges notwithstanding, several factors have combined to spotlight their growing importance.”

 

We invited Mohammad Doostmohammdi to join us for a Conversation That Matters about the process his team has developed that reduces costs and increases productivity in the realm of critical mineral recovery.

 

You can see the interview here https://www.conversationsthatmatter.ca/

 

Learn More about our guests career at careersthatmatter.ca